In the Trasimeno Lake area (Umbria Region), several thrust sheets belonging to the Sansepolcro-Monte Filoncio and Rentella Units, are interposed between the Tuscan Nappe (in the hanging- wall) and the Umbria-Romagna Unit (in the footwall). The thrust sheets succession of the Sansepolcro-Monte Filoncio Unit is made up of Rupelian-Chattian Scaglia toscana Fm. and Chattian-Aquitan- ian foredeep deposits of Macigno Fm.; the base of the siliciclastic succession becomes gradually younger eastward. The compositional mode of the fine-grained rock fragments in the arenaceous turbidites is comparable with that of the upper part of the Macigno Fm. in the Tuscan Nappe. The succession of the Rentella Unit includes Rupelian-Aquitan- ian Monte Rentella F...
The space/time evolution of the Umbria-Romagna-Marche domains of the northern Apennine Miocene fored...
Abstract: The 'Macigno costiero ' turbidite system characterized the oldest foredeep clast...
In collisional belts, foredeep turbidites are tracers of the evolution of the orogenic wedge. Syn-de...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines are one of the most intr...
The southern Tuscany represents the internal portion of the Northern Apennines. Its geological setti...
Ophiolite-derived debrites, microbreccias and olistoliths are interbedded in the Monte Morello and A...
The Upper Oligocene Macigno Formation cropping out in the coastal section of SW Tuscany represents t...
The Macigno deep-sea turbidite unit was part of the diachronically migrating foredeep system charact...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines represent one of the mos...
The Macigno Formation is representative of the late Oligocene-early Miocene foredeep deposits of the...
The late Chattian "Macigno costiero" represents the innermost and the oldest portion of the well dev...
The space/time evolution of the Umbria-Romagna-Marche domains of the northern Apennine Miocene fored...
International audienceStudy of the tectonically active L'Aquila Basin offers new insights into both ...
The Oligo-Miocene Northern Apennines evolution is characterized by the migration of the foredeep-bel...
The space/time evolution of the Umbria-Romagna-Marche domains of the northern Apennine Miocene fored...
Abstract: The 'Macigno costiero ' turbidite system characterized the oldest foredeep clast...
In collisional belts, foredeep turbidites are tracers of the evolution of the orogenic wedge. Syn-de...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines are one of the most intr...
The southern Tuscany represents the internal portion of the Northern Apennines. Its geological setti...
Ophiolite-derived debrites, microbreccias and olistoliths are interbedded in the Monte Morello and A...
The Upper Oligocene Macigno Formation cropping out in the coastal section of SW Tuscany represents t...
The Macigno deep-sea turbidite unit was part of the diachronically migrating foredeep system charact...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines represent one of the mos...
The Macigno Formation is representative of the late Oligocene-early Miocene foredeep deposits of the...
The late Chattian "Macigno costiero" represents the innermost and the oldest portion of the well dev...
The space/time evolution of the Umbria-Romagna-Marche domains of the northern Apennine Miocene fored...
International audienceStudy of the tectonically active L'Aquila Basin offers new insights into both ...
The Oligo-Miocene Northern Apennines evolution is characterized by the migration of the foredeep-bel...
The space/time evolution of the Umbria-Romagna-Marche domains of the northern Apennine Miocene fored...
Abstract: The 'Macigno costiero ' turbidite system characterized the oldest foredeep clast...
In collisional belts, foredeep turbidites are tracers of the evolution of the orogenic wedge. Syn-de...